CPP Photon Model: Counter-Rotating eDP Pair

• Structure: Two electromagnetic dipole pairs (eDPs) in counter-rotating helical motion.
• Charge Points: Each eDP contains +eCP (+1 base) and -eCP (-1 base), net neutral.
• Propagation: Travels at c through the 600-cell Grid Point lattice via PSR interactions.
• Wavelength: Determined by the spatial period of the twisted eDP configuration.

Wave-Particle Duality in CPP

The photon's wave nature emerges from the helical path of its constituent eDPs through spacetime. The E and B field components arise from the orthogonal oscillations of the two counter-rotating eDP pairs. Energy (E = hf) relates to the rotation frequency, while momentum (p = h/λ) relates to the spatial twist period. The photon is its own antiparticle due to the symmetric eDP arrangement.